If you’re tired of shaving, waxing, or dealing with ingrown hairs, there’s never been a better time to consider Laser Hair Removal in Santa Barbara. At MiraMed and Day Spa, we’re offering a limited-time 1-Year Laser Hair Removal Package for just $3,499—a value-packed solution for long-term hair reduction and smoother skin. This package includes treatment [...]
How Many Laser Hair Removal Treatments Do You Really Need? If you’ve ever dreamed of tossing your razor for good, laser hair removal might be the answer. At MiraMed and Day Spa in Santa Barbara, we specialize in full-body and targeted laser treatments that deliver smooth, long-lasting results. But one of the most common questions [...]
Are you tired of the endless cycle of shaving, waxing, and plucking? If you’re looking for a long-term solution to unwanted hair, laser hair removal is the gold standard for smooth, hair-free skin. At our Santa Barbara medical spa, we specialize in full-body laser hair removal treatments that provide lasting results with minimal maintenance.If you [...]
The holidays are a time of giving, gratitude, and joy. This year, why not surprise your loved ones and friends with the gift of relaxation, rejuvenation, and self-care? MiraMed and Day Spa, your trusted destination for wellness and beauty, offers a wide array of luxurious gift ideas to make the season extra special.Gift Cards for [...]
At MiraMed and Day Spa, we're excited to introduce one of the most advanced laser systems available: the Candela GentleMax Pro. This cutting-edge technology combines two highly effective laser wavelengths—ND: YAG (1064 nm): optimal for skin types IV-VI and Alexandrite (755 nm): optimal for skin types I-III — with an innovative cooling system, making it [...]
HOW IT WORKS During laser hair removal, the laser emits a specific wavelength of light that targets the pigment of your hair. The melanin in the hair absorbs the light energy and converts it to heat, damaging the follicles and delaying/inhibiting hair growth. If you have darker skin, the laser may target the pigment in [...]
